Hydroxyl Modified Multiwalled Carbon Nanotubes MWCNT-OH price

Hydrophilic Hydroxyl group modified multiwalled carbon nanotubes Hydroxylated MWCNT is a customized material. The functional groups(-OH, -COOH, -NH2) and other modification can be specified as per different applications.

Hydrophilic Hydroxylated Multi-Walled Carbon Nanotubes(MWCNT-OH) would be better dispersed in water base. Besides hydroxyl functional group, carboxy, amino groups can be customized also.

Good electric conductivity and light transmittance performance make nano Graphene be prospective in Lithium ion battery and transparent conductive electrode.

Nano silver wire conductive ink is a transparent conductive ink specially designed and manufactured by Hongwu Nano on the basis of the self-developed silver nanowires, with the adjustable diameter between 30nm-100nm). AgNW conductive inks can be coated on different surfaces to achieve good conductivity. The transparent conductive film is made of Ag nanowire inks and then made into a touch module, which has become the technical core of flexible and transparent touch.

HONGWU NANO powder, China leading manufacture and ultrafine precious powders. Offer good and stable quality of micron flake Ag powders, nano Ag powders.  COA, SEM, MSDS availble, customer service available.  Any need welcome to contact us. 

Silica nanoparticles has hydrophilic and hydrophobic, widely used in plastic,rubber, resin and so on.

Anatase nano titanium dioxide has a good photocatalytic effect and is widely used in photocatalysts and air purification products.

Best quality Nano anatase Tio2 titanium dioxide powder for water treatment in swimming pool.

Indium tin oxide, blue powder, 50nm, 99.99%, widely used to make electronic ink.

Nano bi2o3 powder,particle size is 20-30nm,30-50nm 99.5% purity, yellow powder, widely used as superconductor materials.

Facory direct offer 100nm 99.99% In nanopowder. Good and stable quality, good sphericity, rich experience in exporting powder goods. And need welcome to contact us.

Graphene is a new material in which carbon atoms connected by sp² hybridization are tightly packed into a single-layer two-dimensional honeycomb lattice structure. Graphene has excellent optical, electrical, and mechanical properties, and has important application prospects in materials science, micro-nano processing, energy, etc., and is considered to be a revolutionary material in the future.